Projects and Prototypes

Lightweight tools for adaptive learning and human-centred AI.

I build lightweight, AI and data-driven tools for human-centred AI, adaptive learning, physiological machine learning, and applied ML systems. My project work focuses on practical prototypes that are easy to use, transparent, and low-cost to maintain.

Project Ideas

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Cognitive Load Check

A simple web-based self-assessment tool for tracking perceived mental effort, task difficulty, confidence, and fatigue across study or work sessions.

Output: A personal dashboard showing cognitive load patterns over time.

🎯

Adaptive Study Planner

A rule-based study planner that adjusts review strategy based on quiz performance, confidence, perceived difficulty, and recent workload.

Output: Suggested next action, such as review, retrieval practice, rest, or increased difficulty.

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Physiological Learning Journal

A personal learning journal that lets users manually input or import simple physiological indicators such as sleep duration, resting heart rate, HRV, and subjective stress.

Output: Visual correlation between learning performance, perceived load, and well-being indicators.

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AI Workflow Load Evaluator

A lightweight framework for evaluating whether an AI tool actually reduces user cognitive load in a workflow.

Output: A rubric and dashboard for comparing workflow conditions before and after AI assistance.

Project Principles

⚑ Lightweight before complex

🧭 Rule-based before heavy training

πŸ”’ Privacy-aware by default

πŸ§‘β€πŸŽ“ Useful for learners and professionals

πŸ§ͺ Research-oriented, but practical

πŸ“€ Exportable and reproducible

Tools and Methods

My current project work emphasises simple and maintainable tools such as Python, Streamlit, static web apps, JavaScript, CSV-based data workflows, public datasets, and reproducible notebooks.